Goddess Keira Non Wired Bra - Beige



Currently unavailable



Currently unavailable
The Goddess Keira Non Wired Bra is designed for adults seeking reliable support without the discomfort of underwire. Crafted with a focus on forward shape and anchorage, it features three-section cups and a side panel to provide a flattering, everyday silhouette for full-busted figures. While it offers excellent structure and a comfortable V-neck plunge design, those accustomed to the rigid containment of underwire bras may need time to adjust to the different sensation of a soft-cup supportive fit.
| Gender | Female |
|---|---|
| Age Group | adult |
| Bra Cup | E |
| Colour | Beige |
| Bra Band | 54 |
| Material | Polyester |
| Size | XL |
| Model Part Number | 54E |
| Brand | Goddess |
Yes, it is designed for consistent, everyday comfort and support for full-busted figures.
No, this is a non-wired style that uses structural panels and elastic engineering to provide lift.
They are designed to provide structure at the sides to prevent rolling without the digging sensation often caused by rigid underwires.
This specific variant is made primarily of polyester, chosen for its durability and smooth texture.
No, machine drying can damage the elasticity of the Powernet wings and the integrity of the seams. Always air dry.
Ensure the bra is fastened on the loosest hook initially to allow for fabric settling, and verify the underband sits flat against the ribcage beneath the bust line.
Ensure the breast tissue is fully scooped into the cups and the side panel is positioned correctly to guide tissue toward the center.
To ensure the longevity of your Goddess Keira bra, it is recommended to wash by hand using a gentle detergent and lukewarm water. Avoid using fabric softeners, as they can degrade the elastic properties of the Powernet wings. Hang the bra to dry by the center gore rather than the straps to prevent stretching. When putting on the bra, ensure the side panels are smoothed flat against your ribcage to maximize the intended supportive effect of the internal flexible bones.